3M™ 5423 UHMW Film Tape 1 1/2" x 18 yd 12 mil Transparent 7000050077 - Pkg Qty 6

This item is NOT returnable.

3m™ uhmw-pe film tape 5423 is a thick general-purpose polyethylene tape made for high-impact abrasion and sliding applications. Its upmw-pe (ultra-high molecular weight polyethylene) thermoplastic backing enables its low-friction and resistance to chemicals abrasion and vibration in demanding situations. The exceptional hardness and slick surface is ideal for maintaining a gliding 'slip-plane' effect and reducing noises like squeaks and rattles. Furthering its workability 3m™ uhmw-pe film tape 5423 is mounted on a liner allowing the user to die-cut shapes to exact specifications. Between its low-friction coefficient built-in liner and long-lasting protection this slick-surfaced tape excels in the aerospace automotive printing and mro industries. An effective solution for many noise and vibration problems 3m™ uhmw-pe film tape 5423 is often used in general industrial applications to help control squeaks and rattles due to vibration or wear of metal and plastic materials. This uhmw-pe (ultra-high molecular weight polyethylene) film tape provides good chemical resistance and excellent abrasion resistance that helps ensure a long wear life. 3m™ uhmw-pe film tape 5423 is mounted on a liner making it easy to die-cut to meet the demands of specific applications. It is ideal for applications requiring a low coefficient of friction and the movement of parts and/or materials. This slick surface tape is primarily used in aerospace automotive printing and mro industries. Flat conveyor guide rails and chutes features ul style"margin-top0px; padding-top 5px; padding-bottom 5px;" spray booth liners tank and bin liners drawer and cabinet slides protecting aluminum sheets on stretch forming presses the science behind our tape the effectiveness of 3m™ uhmw-pe film tape 5423 lies in its ultra-high molecular weight polyethylene (uhmw-pe) backing. Uhmw-pe is a thermoplastic that has a unique combination of properties such as exceptional hardness and low

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